This paper explores the possibility of using molecular techniques to assess fungal diversity in natural environments. The use of molecular tools for the isolation and analysis of fungal DNA from different environmental substrates and matrices is examined. A comparison of techniques employed in related fields is also presented. This paper also discusses some of the limitations in using molecular tools to assess fungal diversity, as well as highlighting several distinctive advantages.link_to_OA_fulltex
Abstract: Fungi form a ubiquitous group of largely inconspicuous organisms that play key ecological ...
As a result of their unpredictable ability to adapt to varying environmental conditions, microorgani...
The global bio-diversity of fungi has been extensively investigated and their species number has bee...
Fungi fulfil a range of important ecological functions, yet current understanding of fungal biodiver...
In this chapter, we examine the use of classical methods to study fungal diversity. Classical method...
Fungi play key roles in numerous ecosystem functions, and recent advances in the study of fungal div...
Many species of fungi can cause disease in plants, animals and humans. Accurate and robust detection...
In this project I compared traditional and molecular approaches to assess diversity of aquatic fungi...
The last two decades have seen tremendous growth in the development and application of molecular met...
Many species of fungi can cause disease in plants, animals and humans. Accurate and robust detection...
Molecular methods based on soil DNA extracts are increasingly being used to study the fungal diversi...
Many species of fungi can cause disease in plants, animals and humans. Accurate and robust detection...
Fungi can be found in almost any environment, and play important roles in ecosystem processes such a...
Fungi are present everywhere in indoor and outdoor environments. Many fungi are toxigenic or pathoge...
The diversity of aquatic fungi on decomposing leaves from a small stream in the Ozarks was examined ...
Abstract: Fungi form a ubiquitous group of largely inconspicuous organisms that play key ecological ...
As a result of their unpredictable ability to adapt to varying environmental conditions, microorgani...
The global bio-diversity of fungi has been extensively investigated and their species number has bee...
Fungi fulfil a range of important ecological functions, yet current understanding of fungal biodiver...
In this chapter, we examine the use of classical methods to study fungal diversity. Classical method...
Fungi play key roles in numerous ecosystem functions, and recent advances in the study of fungal div...
Many species of fungi can cause disease in plants, animals and humans. Accurate and robust detection...
In this project I compared traditional and molecular approaches to assess diversity of aquatic fungi...
The last two decades have seen tremendous growth in the development and application of molecular met...
Many species of fungi can cause disease in plants, animals and humans. Accurate and robust detection...
Molecular methods based on soil DNA extracts are increasingly being used to study the fungal diversi...
Many species of fungi can cause disease in plants, animals and humans. Accurate and robust detection...
Fungi can be found in almost any environment, and play important roles in ecosystem processes such a...
Fungi are present everywhere in indoor and outdoor environments. Many fungi are toxigenic or pathoge...
The diversity of aquatic fungi on decomposing leaves from a small stream in the Ozarks was examined ...
Abstract: Fungi form a ubiquitous group of largely inconspicuous organisms that play key ecological ...
As a result of their unpredictable ability to adapt to varying environmental conditions, microorgani...
The global bio-diversity of fungi has been extensively investigated and their species number has bee...